CN106510522A

CN106510522A - Electric cleaning device

Info

Publication number: CN106510522A
Application number: CN201510700390.8A
Authority: CN
Inventors: 汤景诒; 郭馨茹; 许证智
Original assignee: Cal Comp Electronics Co ltd; Kinpo Electronics Inc
Current assignee: Cal Comp Electronics Co ltd; Kinpo Electronics Inc
Priority date: 2015-09-10
Filing date: 2015-10-26
Publication date: 2017-03-22
Also published as: US20170071321A1; TW201709858A; KR20170031005A; JP2017051586A; TWI580386B; EP3141171A1

Abstract

The invention provides an electric cleaning device which comprises a body, a power source, a transmission shaft, a supporting seat and a plurality of brush heads. The power supply sets up in this internally, and the power supply is connected to the one end of transmission shaft, and the other end extends the body and connects in the supporting seat. The brush head is movably assembled on the supporting seat and forms a closed shape, wherein the power source drives the brush head to vibrate through the transmission shaft and the supporting seat. The electric cleaning device provided by the invention can improve the contact fit degree with the face of a user through the surface contour of the brush head and the relative freedom degree of the brush head.

Description

Motorized cleaning apparatus

Technical field

A kind of a kind of the present invention relates to cleaning device, more particularly to face's Motorized cleaning apparatus.

Background technology

Face's cleaning is the thing that must be carried out daily, and which can wash away dust on the face, glossy etc., and prevent Only pore blocks, but only makes the effect on driving birds is not good of Cleansing Foam foaming with finger rubbing, and thus reduces what is cleaned Effect.For solving the above-mentioned free-hand shortcoming for washing one's face, releasing on the market has brush for washing face, and which passes through actuating unit Can drive and be arranged at outer bristle, make bristle produce vibration, swiped in face with the bristle using vibration, Cleansing Foam can be made to produce careful foam and go deep into skin, there is provided certain clean effect and have exfoliation concurrently With effect of Cucumber Extract.

However, the brush for washing face of prior art there are following shortcoming when actually used：Due to bristle Surface profile is fixed, therefore after bristle is fixed, its surface profile is connect with the face of user Feeler degree is also for fixing, but the shape of face of people varies with each individual and has various profiles as position is different, because And fixed bristle is except when the vibration at high speed, often resulting in the splashing of clear water or Cleansing Foam, and affect week Outside the cleaning in collarette border, if user be not good at control bristle be pressed against skin power and exert a force it is excessive, Skin is easily made to be damaged because of overstimulation, while also because of the contact angle difference of above-mentioned bristle and face It is not likely to produce expected cleaning effect.

Based on above-mentioned, the bristle of brush for washing face and the contact area of user face how is improved, and not because of position Put difference and reduce contact area, actually needed for related personnel, consider what is solved.

The content of the invention

The present invention provides a kind of Motorized cleaning apparatus, and which passes through the surface profile and its relative freedom of brush And improve the laminating degree contacted with user face.

The present invention provide Motorized cleaning apparatus, including body, power source, power transmission shaft, support base and Multiple brushes.Power source is arranged on this in vivo, and one end connection power source of power transmission shaft, the other end extend Body and be connected to support base.Brush is movably assembled in support base and forms closing profile, wherein moves Brush vibrations are ordered about by power transmission shaft, support base in power source.

In one embodiment of this invention, above-mentioned each brush has tip, and these tips form above-mentioned envelope Close the center of profile.

In one embodiment of this invention, above-mentioned each brush includes base and multiple bristles, base assembling There is gap in support base and between support base.Bristle is arranged on base and positioned at the relative of support base Side.

In one embodiment of this invention, above-mentioned each base is with the snap fit back to bristle, and support base With multiple button holes, snap fit is actively snapped in corresponding button hole, so that brush is assembled to support base.

In one embodiment of this invention, size of the above-mentioned snap fit along assembly orientation, more than button hole along group The size in direction is filled, and between button hole and snap fit, there is gap, wherein assembly orientation prolonging parallel to bristle Stretch direction.

In one embodiment of this invention, above-mentioned each button hole is with the profile extended out towards base.

In one embodiment of this invention, above-mentioned support base includes driving section and supporting part.Driving section covers It is located at the other end of power transmission shaft.Supporting part is embedded in driving section, and supporting part has above-mentioned button hole.

In one embodiment of this invention, above-mentioned base has elasticity.

In one embodiment of this invention, above-mentioned base has light transmission.

In one embodiment of this invention, above-mentioned Motorized cleaning apparatus also include multiple light sources, are arranged on Between body and power source, light source is around power transmission shaft and to provide light by support base, base Project from bristle.

In one embodiment of this invention, above-mentioned body is with the peviform outer housing towards brush, each base Keep at a distance with the periphery of peviform outer housing.

In one embodiment of this invention, above-mentioned Motorized cleaning apparatus include the first brush, the second brush With three brush header, the wherein arc angle of the first brush lateral border is less than the second brush and three brush header lateral border Arc angle.Second brush is equal to each other with the arc angle of three brush header lateral border, and with respect to closing profile The axis at center and be in symmetrical.

In one embodiment of this invention, above-mentioned brush includes multiple first bristles with multiple second bristles. First bristle is located at by the center of closing profile.Second bristle is away from the center for closing profile and surround first Bristle.First bristle is light-permeable material, and the second bristle is alternatively non-transparent material.

In one embodiment of this invention, the hardness of the above-mentioned bristle being configured on the first brush is less than configuration The hardness of the bristle on the second brush and the hardness of the bristle being configured in three brush header.

Based on above-mentioned, Motorized cleaning apparatus provide not Tongfang by forming multiple brushes of closing profile To vibrating effect, to improve the cleaning effect at the position cleaned by user.Simultaneously as each brush It is actively to be assembled between support base, that is, each brush and support base to exist to swing degree of freedom, therefore During use, brush can the further docile face in user.In other words, movable brush With adapt in face arbitrarily and diverse location in response to ability.

It is that the features described above and advantage of the present invention can be become apparent, special embodiment below, and coordinate Accompanying drawing is described in detail below.

Description of the drawings

Schematic diagrams of the Fig. 1 for a kind of Motorized cleaning apparatus of one embodiment of the invention.

Fig. 2 and Fig. 3 is respectively the Motorized cleaning apparatus of Fig. 1 in the explosive view of different visual angles.

Front views of the Fig. 4 for the power source of Fig. 2.

Partial sectional views of the Fig. 5 for the Motorized cleaning apparatus of Fig. 1.

Fig. 6 is cleaning position schematic diagram of the Motorized cleaning apparatus corresponding to face.

Front-view schematic diagrams of the Fig. 7 for brush.

Description of reference numerals：

100：Motorized cleaning apparatus；

110：Body；

112：Grip part；

112a：Opening；

112b：Outer shroud；

114：Connecting portion；

116：Peviform outer housing；

116a：Catching groove；

116b：Socket part；

120：Power source；

121：Retainer；

122：Electric magnet；

122a：Stalloy；

122b：Magnetic line of force seat；

124：Fixed seat；

126：Concussion piece；

128：Magnet；

130：Power transmission shaft；

140：Support base；

142：Driving section；

144：Supporting part；

144a：Button hole；

144b、156：Snap fit；

150：Brush；

151：Tip；

152：Base；

152a：Perforate；

154：Bristle；

160：Light source；

150A：First brush；

150B：Second brush；

150C：Three brush header；

θ1、θ2、θ3：Arc angle；

E1：First end；

E2：Second end；

L1：Axis；

V1：Closing profile；

V2：Center；

X1：Axle；

θ A1～θ A7, θ B1～θ B4, θ C1：The angle of spread；

154A、154B、15C、154D、154E、154F：Bristle.

Specific embodiment

Schematic diagrams of the Fig. 1 for a kind of Motorized cleaning apparatus of one embodiment of the invention.Fig. 2 and Fig. 3 distinguishes For Fig. 1 Motorized cleaning apparatus in the explosive view of different visual angles, the office of wherein Fig. 2 bodies shown in broken lines Portion, is beneficial to the annexation of description associated components.Fig. 1 to Fig. 3 is please also refer to, in the present embodiment In, Motorized cleaning apparatus 100 include body 110, power source 120, power transmission shaft 130, support base 140 And multiple brushes 150.Body 110 includes grip part 112, connecting portion 114 and peviform outer housing 116, Wherein connecting portion 114 is assembled between one end of grip part 112 and peviform outer housing 116, substantially, even Socket part 114 is socketed on the outer shroud 112b of grip part 112, and peviform outer housing 116 is with its socket part 116b is socketed in the inner edge of connecting portion 114.Power source 120 is arranged in the grip part 112 of body 110. Power transmission shaft 130 is in bending, and its first end E1 is connected to power source 120, and the second of power transmission shaft 130 After end E2 passes grip part 112 by opening 112a, connecting portion 114 and basin is further arranged in Shape outer housing 116.Support base 140 is connected to the second end E2 of power transmission shaft 130 and is contained in outside aforementioned peviform In cover 116.Brush 150 is actively assembled in support base 140 respectively and is collectively forming closing profile V1, Power wherein produced by power source 120 can order about brush 150 by power transmission shaft 130, support base 140 Vibrations.Accordingly, user just can be cleaned action by the brush 150 of vibration-type to face.

As illustrated, the present embodiment is to form closing so that three brushes 150 are assembled on support base 140 Profile V1, and each brush 150 have tip 151, described sophisticated 151 brush 150 complete assembling after The center V2 of closing profile V1 can be formed, that is, brush 150 is assembled in the fan-shaped separation mode of class On support base 140.Only, here is not limiting as the quantity of brush 150.

In the present embodiment, each brush 150 includes base 152 and multiple bristles 154, and support base 140 Including driving section 142 and supporting part 144, wherein driving section 142 is set in the second end of power transmission shaft 130 E2, supporting part 144 are embedded in driving section 142 and in the accommodation space of peviform outer housing 116.Base 152 supporting parts 144 for being actively assembled in support base 140, and one end of bristle 154 is embedded and is strapped in In 152 perforate 152a of base.Furthermore, supporting part 144 is able to clasp in basin by its snap fit 144b Supporting part 144 and the peviform of body 110 in the catching groove 116a of shape outer housing 116, as support base 140 Attachment structure between outer housing 116.In addition, base 152 (shows with the snap fit 156 back to bristle 154 Go out in Fig. 3), and the supporting part 144 of support base 140 has multiple button hole 144a, snap fit 156 is movable Be snapped in corresponding button hole 144a so that brush 150 is assembled to support base 140.

Front views of the Fig. 4 for the power source of Fig. 2.Fig. 2 to Fig. 4 is please also refer to, in the present embodiment, Power source 120 includes electric magnet 122, fixed seat 124, concussion piece 126, Magnet 128 and retainer 121.Electric magnet 122 is core structure that is stacked by shape of a hoof stalloy 122a and being formed, its centre It is provided with magnetic line of force seat 122b.The magnetic line of force as shown in Figure 4 is produced then after electric current is input into electric magnet 122. Fixed seat 124 is fixed in body 120, and concussion piece 126 is e.g. with flexual steel disc, one Fixed seat 124 is fixed at end, and its other end is then connected to retainer 121.Magnet 128 is arranged on transmission Within seat 121, the opposite sides of the junction position in Magnet 128 of piece 126 and retainer 121 is shaken. Meanwhile, the opposite end of Magnet 128 also correspond to the opposite end of the stalloy 122a of electric magnet 122.

Consequently, it is possible to when such as aforementioned electromagnetic ferrum 122 produces magnetic field because of energization, Magnet 128 just can be subject to The impact of the magnetic line of force (dotted outline as shown) and swing back and forth, this measure represents retainer 121 and also can Swing back and forth therewith, and further cause to be connected to the power transmission shaft 130 of retainer 121 with first end E1 Swing (vibrations) state as shown shown by double arrows is produced, and passes through support base 140 to brush 150 Produce the effect of vibrations.One is separately needed to be mentioned that, though the present embodiment illustrates two Magnet 128 in Fig. 4, so And it is not so limited its quantity, i.e. and in another unshowned embodiment, also can be with single Magnet (example The Magnet 128 as shown in its profile and sizableness are in Fig. 4 is merged) it is configured on retainer 121.

Partial sectional views of the Fig. 5 for the Motorized cleaning apparatus of Fig. 1.Fig. 2, Fig. 3 and Fig. 5 is please also refer to, In the present embodiment, pass through clasp between the button hole 144a of the snap fit 156 and support base 140 of base 152 The size difference of structure, and brush 150 can also be possessed and the relative motion between support base 140.

Further say, snap fit 156 is substantially greater than button hole 144a along assembling side along the size of assembly orientation To size, and between snap fit 156 and button hole 144a, there is clearance G 1, wherein assembly orientation is parallel In the bearing of trend of bristle 154, i.e., parallel to the direction of diagram axle X1.Meanwhile, the bottom of the present embodiment Seat 152 has elasticity, and which is, for example, to be made with associated materials such as silicone rubber, therefore can be further Allow base 152 carry out opposing oscillatory relative to the supporting part 144 of support base 140.Furthermore, the button With the appearance profile gradually extended out towards base 152, this measure also further allows brush 150 to hole 144a Base 152 can have extra swing degree of freedom when seat supported 140 drives and shakes.

Based on above-mentioned, by material characteristic (elasticity) and the snap fit 156 of base 152 of base 152 And the attachment structure characteristic between the button hole 144a of supporting part 144, the brush 150 of the present embodiment are being propped up While support seat 140 drives, still can possess extra swing degree of freedom because above-mentioned, therefore just can allow brush Hair 154 is obedient to the face mask of user, even if bristle 154 is contacted with the diverse location of face, Its contact area between face can be kept.In other words, the Motorized cleaning apparatus 100 of the present embodiment Its adaptability in response to face mask can be improved by movable 150 structure of brush.For example, Three brushes 150 described in the present embodiment contact user face when, because which has elasticity and aforementioned dimensions Difference, and can make to exist between each brush 150 and support base 140 in response to its face mask different Relative distance or deformation state, using guarantees that bristle 154 thereon effectively can be contacted in facial surface.

Additionally, the base 152 of brush 150 is also protected and the periphery of peviform outer housing 116 between in non-stress Certain distance is held, this measure is also exist and base 152 can be deformed or mobile in response to face mask Space be used.

Fig. 2 is refer again to, in the present embodiment, Motorized cleaning apparatus 100 also include multiple light sources 160, Which is, for example, multiple light-emittingdiodes, is arranged between body and power source, surround power transmission shaft 130 and electricity Property is connected to the power supply being arranged in body 112 and (is not shown here, which can be with the power source of the present embodiment Power supply needed for 120 is identical).Furthermore, the base 152 of support base 144 and brush 150 has printing opacity Property, thus light just can through support base 144, base 152 and from bristle 154 project.Accordingly, The light source 160 can provide the light (such as ultraviolet light) for possessing sterilizing function, and then allow user to carry out Also its cleaning effect can be improved during cleaning action whereby.Here does not limit the set location of light source 160, Which can also be arranged in body 110 and face brush 150 and project brush 150 to provide light.

Fig. 6 is cleaning position schematic diagram of the Motorized cleaning apparatus corresponding to face.Forward sights of the Fig. 7 for brush Schematic diagram.Fig. 6 and Fig. 7 is please also refer to, Motorized cleaning apparatus 100 include three brushes, in this point It is not named with the first brush 150A, the second brush 150B and three brush header 150C.Above three brush Head 150A, 150B and 150C are substantially in angular distribution, the wherein arc of the first brush 150A lateral borders Arc angle θ 3 of arc angle θ 2 and three brush header 150C lateral border of the angle θ 1 less than the second brush 150B, and Arc angle θ 2 of the second brush 150B and three brush header 150C lateral border, θ 3 are equal to each other, and relative to It is in symmetry status by the axis L1 of the center V2 of closing profile V1.

Accordingly, arc angle θ 2, θ 3 are different from by arc angle θ 1, thus make the first brush 150A corresponding The position of cleaning face is also different from the second brush 150B and three brush header 150C.Please correspond to shown in Fig. 6 Face position, the position wherein with the less angle of spread, such as these positions of angle of spread θ A1～θ A7, Its expanded angle be about 75 degree to 120 degree, thus just easily with the less first brush 150A of arc angle It is cleaned action；And these positions of angle of spread θ B1～θ B4, its expanded angle is larger, and about 125 More than degree, therefore it is suitable for the second larger brush 150B of arc angle angle and is cleaned with three brush header 150C Action.

Additionally, the hardness of bristle 154A, 154D for being configured on the first brush 150A can be less than being configured in Bristle 154B, 154E on the second brush 150B and bristle 154C being configured in three brush header 150C, 154F, therefore the position described in correspondence epimere on face, just can allow with softer bristle 154A, 154D The first brush 150A be able to clean less these positions of aforementioned angle of spread θ A1～θ A7, i.e., because described The profile depth variation at position is larger, thus it is flexiblely deep to allow softer bristle 154A, 154D to be able to. Relatively, the region larger for arc angle, such as these positions of angle of spread θ B1～θ B4, then because of profile It is more gentle, therefore large area can be carried out with bristle 154B, 154E and 154C of hardness is bigger, 154F Cleaning.

On the other hand, the bristle on each brush yet further can also make a distinction, as it was previously stated, light source 160 can provide the light that possesses sterilizing function and project brush, thus in the present embodiment, brush 150A Also include that multiple bristle 154A and 154D, wherein bristle 154D are located at the center V2 of closing profile V1 Side, and bristle 154A is away from the center V2 for closing profile V1 and surround bristle 154D, and it is prior It is that bristle 154D is light-permeable material, and bristle 154A is alternatively non-transparent material, and said light source 160 is real Bristle 154D is corresponded in matter.Accordingly, the light of light source just can be through the bristle 154D of brush 150A. In the same manner, the second brush 150B equally bristle 154E and lighttight bristle 154B with light-permeable, And three brush header 150C has the bristle 154F and lighttight bristle 154C of light-permeable, by brush After 150A, 150B are combined with 150C, bristle 154D, 154E and 154F of the light-permeable form envelope Profile is closed, and lighttight bristle 154A, 154B and 154C then form the hollow profile of closing and surround In the periphery of aforementioned light-permeable bristle 154D, 154E and 154F.Thus, internally positioned light-permeable brush Hair 154D, 154E and 154F is because through the light of said light source 160, and can be able to as cleaning face The part of upper angle of spread θ C1, such as nose are beneficial to by the light for possessing sterilizing function and which are entered Row is effectively cleaned, for example, remove nose acne etc..Only, what the present embodiment was not limiting as light source 160 can Range of exposures, which can be suitably adjusted according to required clean conditions.

In sum, in the above embodiment of the present invention, Motorized cleaning apparatus are outer by forming closing Multiple brushes of shape and the vibrating effect of different directions is provided, to improve the clear of position that user to be cleaned Attachment structure between the supporting part of the base and support base of clean effect, wherein brush, i.e. snap fit and button hole Between there is size difference and gap, thus result in base decapacitation portion supported and drive and move outer, moreover it is possible to Produce extra swing degree of freedom.Simultaneously as base has elasticity, therefore bristle contact can be allowed to use During person face, different deformation states are produced because of the difference of force or surface profile or change base and prop up Relative position between support seat.Consequently, it is possible to brush just can allow bristle in response to the face mask of user The face of user can be obedient to.

In addition, the base of brush also has light transmission, therefore by being arranged on the light source of body, which is carried For light just can through base from bristle and bristle project, and then improve use when cleaning effect Really.

Finally it should be noted that：Various embodiments above is only illustrating technical scheme rather than right Its restriction；Although being described in detail to the present invention with reference to foregoing embodiments, this area it is common Technical staff should be understood：Which still can be modified to the technical scheme described in foregoing embodiments, Or equivalent is carried out to which part or all technical characteristic；And these modifications or replacement, and The scope of the essence disengaging various embodiments of the present invention technical scheme of appropriate technical solution is not made.

Claims

1. a kind of Motorized cleaning apparatus, to clean the face of people, it is characterised in that the electric cleaning Device includes：

One body；

One power source, is arranged on described in vivo；

One power transmission shaft, its one end connect the power source, and its other end extends the body；

One support base, connects the other end of the power transmission shaft；And

Multiple brushes, are movably assembled in the support base and form a closing profile, wherein described dynamic Power source is ordered about those brushes and is shaken by the power transmission shaft, the support base, and each brush has one Tip, those tips form the center of the closing profile.

2. Motorized cleaning apparatus according to claim 1, it is characterised in that each brush includes：

One base, is assembled in the support base and there is a gap between the support base；And

Multiple bristles, are arranged on the base and positioned at the opposite side of the support base.

3. Motorized cleaning apparatus according to claim 2, it is characterised in that each base has Back to a snap fit of those bristles, and the support base has multiple button holes, those snap fits actively buckle In corresponding those button holes, so that the brush is assembled to the support base.

4. Motorized cleaning apparatus according to claim 3, it is characterised in that the snap fit is along a group The size in dress direction, more than the button hole along the assembly orientation size, and the button hole and the card There is the gap, bearing of trend of the assembly orientation parallel to those bristles between hook.

5. Motorized cleaning apparatus according to claim 4, it is characterised in that each button hole has Towards the profile that the base is extended out.

6. Motorized cleaning apparatus according to claim 3, it is characterised in that the support base includes：

One driving section, is set in the other end of the power transmission shaft；And

One supporting part, is embedded in the driving section, and the supporting part has those button holes.

7. Motorized cleaning apparatus according to claim 2, it is characterised in that the base has bullet Property.

8. Motorized cleaning apparatus according to claim 2, it is characterised in that the base has saturating Photosensitiveness.

9. Motorized cleaning apparatus according to claim 2, it is characterised in that also include：

Multiple light sources, are configured between the body and the power source, and those light sources are surrounded on the biography Moving axis and to provide light by the support base, the base from those bristles project.

10. Motorized cleaning apparatus according to claim 2, it is characterised in that the body has Towards a peviform outer housing of those brushes, the periphery of each base and the peviform outer housing is kept at a distance.

11. Motorized cleaning apparatus according to claim 2, it is characterised in that including one first brush Head, one second brush and a three brush header, the arc angle of wherein described first brush lateral border are less than described the The arc angle of two brushes and the three brush header lateral border, and on the outside of second brush and the three brush header The arc angle of edge is equal to each other, and is in symmetrical with respect to an axis at the closing profile center.

12. Motorized cleaning apparatus according to claim 11, it is characterised in that each brush bag Multiple first bristles and multiple second bristles are included, those first bristles are located at by the center of the closing profile, Those second bristles are away from the center for closing profile and around those first bristles, those first bristles For light-permeable material, those second bristles are alternatively non-transparent material.

13. Motorized cleaning apparatus according to claim 11, it is characterised in that be configured in described The hardness of those bristles on one brush, less than the hardness of those bristles being configured on second brush With the hardness of those bristles being configured in the three brush header.